Right to Repair

The right to repair is a legal principle ensuring that product owners can repair their property themselves or through an independent provider. It counters manufacturers' monopolistic practices like using proprietary parts, software locks, and withholding repair manuals. This concept is now law in many regions, notably under EU Directive (EU) 2024/825, which mandates extended repair services and parts availability. Within risk management frameworks like ISO 31000, the right to repair constitutes a significant legal and compliance risk. Enterprises must assess if their product design, supply chain, and IP strategies conflict with these regulations. This involves balancing compliance, which requires disclosing repair information, against the protection of trade secrets, a critical concern for technology firms.

Applying the right to repair in enterprise risk management involves a systematic, three-step approach. Step 1: Regulatory Identification and Impact Analysis. Continuously monitor right-to-repair legislation in key markets (e.g., EU, U.S. states) and analyze its impact on product lines, warranty policies, and service models. Step 2: IP Portfolio Management. Classify repair manuals, schematics, and diagnostic tools based on trade secret sensitivity. Implement secure disclosure mechanisms, such as providing sensitive data only to certified technicians under NDAs. Step 3: Supply Chain and Design Adaptation. Re-engineer products for easier disassembly (modular design) and establish a separate supply chain for spare parts. A global electronics manufacturer that adopted this process achieved 100% compliance with new EU rules, avoided potential fines, and improved its ESG rating, boosting customer satisfaction.

Taiwanese enterprises, often OEMs/ODMs, face three key challenges. First, the conflict between protecting trade secrets (client designs) and regulatory demands for transparency. The solution is tiered information disclosure: public access for basic guides, while sensitive schematics are shared via secure, NDA-protected portals. Second, the high cost of spare parts inventory and logistics for older models. This can be mitigated by using demand-forecasting models and adopting on-demand 3D printing for certain components to reduce warehousing costs. Third, a fundamental shift from a 'Design for Manufacturing' to a 'Design for Repair' mindset is needed, as products often use glue and non-standard fasteners. The strategy is to incorporate repairability scores into R&D KPIs and prioritize modular design for new product lines, aiming for significant adoption within three years.

Winners Consulting specializes in right to repair for Taiwan enterprises, delivering compliant management systems within 90 days. Free consultation: https://winners.com.tw/contact